About This

• 【Impressive Imaging Quality 】With the HSFTOOLS Snapshot Super Resolution image enhancement algorithm, the HF256 thermal imager improves thermal image clarity from 256x192 to 320x240 at snapshots. The thermal sensitivity below 40 mK provides high-definition details, while the 25 Hz high frame rate ensures a smooth browsing experience on the 3.2" screen when checking for anomalies. Press the down button to switch 6 color palettes in one click, which meets your specific needs in multiple scenarios.
• 【Handy & Easy to Use】The compact HF256 infrared camera comes with a carrying case and is a go-to tool for daily work. Its 3.2" LCD screen with 4 buttons is simple to operate with gloves. Thinkable power save functions like auto power off, sleep, and adjustable screen brightness to extend operation hours. Built-in protective lens cover prevents the IR lens from dust, moisture, and scratches.
• 【Fast Anomaly Recognition】The HF256 thermal camera features a wide temperature range of -4°F to 1022°F, making it suitable for a wide variety of home and work sites. It automatically tracks maximum, minimum, and center temperature spots and 3 user-defined spots, intuitively displaying real-time temperature readings. Additionally, you can set temperature exceedance alerts through visual OSD text or audio alerts to identify anomalies promptly and take action before significant failures occur.
• 【Durable and Sturdy】 (1) Built-in 16GB eMMC flash memory can store approximately 90,000 standard thermal images. (2) Built-in rechargeable lithium-ion battery provides up to 6 hours of continuous operation. (3) The 6.6ft drop test and IP54 protection rating allow you to work with confidence in most different work scenarios and even harsh environments. (4) Designed with a standard tripod hole, it's supported to combine with a tripod to assist inspection works.
• 【Accurate Temperature Measurement】The HF256 infrared camera adopts an advanced VOx detector, which enables it to detect temperature differentials as small as 0.04℃ and ensure that the temperature readings discrepancy is within max(±3.6°F, ±2%). Additionally, the thermal imager allows users to change emissivity settings based on specific materials and adjust the distance to objects, ensuring more accurate temperature measurements on a variety of substances, including wood, bricks, and more.